Abstract. The experimental measurements of flavor-changing neutral-current B-meson decays governed by b → s + (γ, `+`−) transitions have entered a new level of precision. Recent results by Belle, CDF, Babar, and LHCb on B → K(∗)`+` − and Bs → µ+µ − decays are used in model-(in)dependent analyses to test the Standard Model predictions and to derive stronger constraints on nonstandard contributions. While in agreement with the Standard Model, they still leave sizable room for new physics.
The transitions b → dγ, b → sγ and b → s`+` − are flavor-changing neutral currents, forbidden at tre...
The rare decays B0 s → μ+μ − and B0 → μ+μ − are among the most promising investigation channels for ...
We discuss the advantages of combining the experimental bound on Br ( B s → μ + μ − ) and the measur...
The experimental measurements of flavor-changing neutral-current B-meson decays governed by b → s + ...
The experimental measurements of flavor-changing neutral-currentB-meson decays governed by b → s + (...
Abstract The rare flavour-changing neutral current decay B s → μ + μ − is among the most important i...
Flavour Changing Neutral Current transitions B → Xs/dγ and B → Xs/d l+l − provide an excellent labor...
The rare decay B → K∗( → Kpi)µ+µ − is regarded as one of the crucial channels for B physics since it...
We provide a comprehensive model-independent analysis of rare decays involving the b → s transition ...
Flavour Changing Neutral Current transitions B → Xs/d γ and B → Xs/d l + l − provide an excellent...
The standard model of particle physics describes the fundamental particles and their interactions vi...
The standard model of particle physics describes the fundamental particles and their interactions vi...
International audienceSeveral tensions between the experimental measurements and their Standard Mode...
International audienceSeveral tensions between the experimental measurements and their Standard Mode...
International audienceSeveral tensions between the experimental measurements and their Standard Mode...
The transitions b → dγ, b → sγ and b → s`+` − are flavor-changing neutral currents, forbidden at tre...
The rare decays B0 s → μ+μ − and B0 → μ+μ − are among the most promising investigation channels for ...
We discuss the advantages of combining the experimental bound on Br ( B s → μ + μ − ) and the measur...
The experimental measurements of flavor-changing neutral-current B-meson decays governed by b → s + ...
The experimental measurements of flavor-changing neutral-currentB-meson decays governed by b → s + (...
Abstract The rare flavour-changing neutral current decay B s → μ + μ − is among the most important i...
Flavour Changing Neutral Current transitions B → Xs/dγ and B → Xs/d l+l − provide an excellent labor...
The rare decay B → K∗( → Kpi)µ+µ − is regarded as one of the crucial channels for B physics since it...
We provide a comprehensive model-independent analysis of rare decays involving the b → s transition ...
Flavour Changing Neutral Current transitions B → Xs/d γ and B → Xs/d l + l − provide an excellent...
The standard model of particle physics describes the fundamental particles and their interactions vi...
The standard model of particle physics describes the fundamental particles and their interactions vi...
International audienceSeveral tensions between the experimental measurements and their Standard Mode...
International audienceSeveral tensions between the experimental measurements and their Standard Mode...
International audienceSeveral tensions between the experimental measurements and their Standard Mode...
The transitions b → dγ, b → sγ and b → s`+` − are flavor-changing neutral currents, forbidden at tre...
The rare decays B0 s → μ+μ − and B0 → μ+μ − are among the most promising investigation channels for ...
We discuss the advantages of combining the experimental bound on Br ( B s → μ + μ − ) and the measur...